China OEM Customizable HIP Processed Square Tungsten Carbide Plate, Polished Flat Blank for Industrial Cutting Tools Manufacturer, Factories
Product Description
Highlights at a Glance
Product Advantages
Manufactured via Hot Isostatic Pressing (HIP) technology, this square tungsten carbide plate eliminates internal micro-pores that normally occur in conventional sintering, achieving near-full density and consistent microstructure across the whole blank. Polished flat surface delivers high dimensional accuracy and excellent flatness for downstream tool fabrication.
It features high transverse rupture strength, improved fatigue resistance and enhanced impact-chipping performance compared with non-HIP carbide plates. Outstanding wear resistance extends service life when applied for industrial cutting tools, punching dies and wear-resistant components. Good brazing property supports reliable assembly for tipped-tool production. OEM customizable dimensions and grades are available to match varied project requirements, lowering overall tool replacement and maintenance costs for end-users.
Important Usage Notes
Frequently Asked Questions
Q: What is the advantage of Hot Isostatic Pressing (HIP) technology?
HIP technology eliminates internal micro-pores standard in conventional sintering, delivering near-full material density, a uniform microstructure, and higher transverse rupture strength and impact resistance.
Q: What materials can be machined using these tungsten carbide plates?
These plates are designed for machining solid wood, density board, and various non-metallic materials, as well as serving in punching dies and general industrial cutting applications.
Q: Are OEM and ODM customization services available?
Yes, OEM and ODM orders are accepted. Dimensions, carbide grades, and surface specifications can be customized to match specific project and tooling requirements.
Q: Why is brazing temperature control critical during tool fabrication?
Excessive heating degrades the mechanical properties of the carbide, whereas insufficient temperature prevents a solid bond between the carbide plate and the tool substrate.
Q: What grinding tools should be used for machining this carbide?
Diamond grinding wheels should be utilized alongside adequate coolant to prevent thermal micro-cracking and to ensure accurate, smooth surfaces.
Q: How should tungsten carbide plates be handled and stored?
Because carbide is brittle, plates should be shielded from sudden mechanical shocks, stored in dry and clean environments, and kept separated to protect polished surfaces from chipping or scratching.
